Machine registration for foundation works.

Recording machine parameters is becoming increasingly important. Also around the execution of foundation works. On the one hand, this has to do with the increasingly strict legislation, and on the other hand, in the context of sustainability, the user himself would also like to obtain precise insight into the facts and figures of his machine fleet. At Inpieq, specialist in foundation machines, they understand this completely. This is evident from, among other things, the recent launch of a brand new platform that, in addition to the registration of pile data, is also suitable for the accurate collection of various engine and machine data. 

Since its establishment in 2008, Inpieq has developed into an indispensable link in the foundation industry. Not only does the Steenbergen-based company supply a wide range of custom designed and manufactured foundation machines. With the Inpieq Data Logging System (DLS), the solution for automatically calibrating foundation piles, the company has also been making a difference for years. Regardless of whether piling, drilling, vibrating, jet grouting or pressing. "By further developing the software, it has recently also become possible to generate various machine and motor data fully automatically," says director/owner Frank van Deursen. "The result is a comprehensive and extensively tested platform that really gives the user all desired pile data as well as equipment data via an up-to-date overview. This can even be done per machine or per project."

Complete route in map

The deployment of Inpieq DLS results in maximum efficiency in foundation jobs. In addition to a clear overview of the installed foundation piles, the tool delivers significant cost savings through an up-to-date overview of, for example, concrete and grout consumption. Furthermore, the user-friendly system provides both the crane operator and the employees in the office with all the necessary information to perform the work optimally. With the recently added machine registration module, the complete route of the machine can now be charted in parallel. "It is possible to collect a variety of parameters of the engine and hydraulic system," says Frank. "One can think of fuel consumption, start and stop times, data for the purpose of technical maintenance and, of course, CO2 emissions. Users want the most efficient and effective machinery possible. At the same time, they want to leave as small a footprint as possible in terms of emissions. With this system, which is suitable for every conceivable machine, this can be clearly demonstrated. In addition to supplying it, we also take care of all infrastructural matters, including making the connection between the system and the crane and building the required GPS facilities. Here, too, we offer a total solution."